Installation and User Guide Models RPU2160/RPU4160
Document Copyrights No duplication or distribution of this document or any portion thereof shall take place without the express written permission of Motorola. No part of this manual may be reproduced, distributed, or transmitted in any form or by any means, electronic or mechanical, for any purpose without the express written permission of Motorola. Disclaimer The information in this document is carefully examined, and is believed to be entirely reliable.
CONTENTS Computer Software Copyrights . . . . . . . . . . . . . . . . . . . . . . . . . . iv Radio Frequency (RF) Exposure Safety Standards . . . . . . . . . . . . .v Operational Safety Guidelines . . . . . . . . . . . . . . . . . . . . . . . . . . . vi FCC Licensing Information. . . . . . . . . . . . . . . . . . . . . . . . . viii Interference Information . . . . . . . . . . . . . . . viii Introduction . . . . . . . . . . . . . . . . . . . . . . . . . .1 Package Contents . . . . . . . . . . . . . . . . . .
CONTENTS Repeater Installation . . . . . . . . . . . . . . . . . .18 Repeater Positioning and Orientation . . . . . . . . . . . . . . . . . . . .18 Antenna Installation Instructions . . . . . . . . . . . . . . . . . . . . . . .20 Installing External Antenna Using the Antenna/Magnetic Mount /RF Cable Kit Accessory . . . . . . . . . . . . . . . .22 RF Cable Installation. . . . . . . . . . . . . . . .24 Installing Exterior Antenna . . . . . . . . . . .25 Uninstalling Exterior Antenna . . . . . . . . .
Modify Your Repeater’s Features . . . . . . . . . . . . . . . . . . . . . . . . .41 Programming Your RDX 4 W Radios To Work With The Repeaters. . . . . . . . . . . . . . . . . . . . . . . .43 Repeater Cloning. . . . . . . . . . . . . . . . . . . . .46 RDX Radio to Repeater Cloning . . . . . . . . . . . . . . . . . . . . . . . . . . . . .46 Operating Instructions . . . . . . . . . . . . . . . . . .47 Cloning Instructions. . . . . . . . . . . . . . . . . . . .47 Troubleshooting . . . . . . . . . . . . . . .
COMPUTER SOFTWARE COPYRIGHTS COMPUTER SOFTWARE COPYRIGHTS The Motorola products described in this manual may include copyrighted Motorola computer programs stored in semiconductor memories or other media. Laws in the United States and other countries preserve for Motorola certain exclusive rights for copyrighted computer programs, including, but not limited to, the exclusive right to copy or reproduce in any form the copyrighted computer program.
RADIO FREQUENCY (RF) EXPOSURE SAFETY STANDARD ! Caution Before using this product, read the operating instructions and RF energy awareness information contained in the Product Safety and RF Exposure booklet (Motorola P/N 68007024074) enclosed with your radio.
SAFETY STANDARDS OPERATIONAL SAFETY GUIDELINES 1. Read these instructions. 2. Keep these instructions. 3. Heed all warnings. 4. Follow all instructions. 5. Do not use this apparatus near water. 6. Clean only with a damp cloth. 7. Do not block any of the ventilation openings. Install in accordance with the manufacturer’s instructions. 8. Do not install near any heat sources such as radiators, heat registers, stoves, or other apparatus (including amplifiers) that produce heat. 9.
17. Disconnect the power supply from the line voltage by removing the main plug. The outlet to which this equipment is connected should be nearby and easily accessible. 18. Maximum ambient temperature around the power supply equipment must not exceed 40°C (104°F). 19. Make sure that the cord is located where it will not be stepped on, tripped over, or subjected to water, damage or stress.
FCC LICENSING INFORMATION FCC Form 601 and Schedules D, H, and Remittance Form 159. FCC LICENSING INFORMATION INTERFERENCE INFORMATION This device complies with Part 15 of the FCC Rules. Operation is subject to the condition that this device does not cause harmful interference. The RPX Repeater Series™ operate on radio frequencies that are regulated by the Federal Communications Commission (FCC). To transmit on these frequencies, you are required to have a license issued by the FCC.
Changes or modifications not expressly approved by Motorola may void the user’s authority granted by the FCC to operate this radio and should not be made. To comply with FCC requirements, transmitter adjustments should be made only by or under the supervision of a person certified as technically qualified to perform transmitter maintenance and repairs in the private land mobile and fixed services as certified by an organization representative of the user of those services.
FCC LICENSING INFORMATION Notes x
INTRODUCTION Congratulations on your Motorola® RPX Repeater Series™ purchase! Note: Read this user guide carefully to ensure you know how to properly operate the repeater before use. Your product package contains the following products and manuals: • Repeater (includes the Alkaline Battery Frame) • Antenna • Power Supply • Wall holster mount • User Guide, CD and Quick Reference Leaflet • Warranty Card • Product Safety & RF Exposure Booklet For product information, visit us at: www.motorola.
ABOUT THIS MANUAL ACRONYMS This manual contains installation information required for the RPX Repeater Series™ repeaters.
REPEATER OVERVIEW PARTS OF THE REPEATER Antenna Connector Status LED Indicator Channel Knob Battery Frame (*) ON/OFF Knob Programming Connector Model Label Power LED Indicator DC/AC Connector Dipole UHF Antenna REPEATER OVERVIEW (*) RPU4160 repeater model comes with standard Alkaline Battery Frame AC/DC Power Supply Wall Mount Figure 1.
Repeater Parts The repeaters are compatible with 2 - way repeater capable business radios. Please refer to "Programming Your Radios” on page 43 for more information on how to program the RDX radios to work with the repeater. For RDX radio model information details, please contact your Motorola Point of Sale. 1. 5. Use to indicate, among others, repeater’s power up and transmission status. Please refer to the "Getting Started” on page 33 for more information. 6.
9. Alkaline Battery Frame 2. Kit The repeaters’ standard package includes the Alkaline Battery frame. Refer to "Alkaline Battery Frame” on page 30 for more information. 10. The repeaters’ accessories offers an Antenna/Magnetic Mount/RF Cable Kit (P/N HKKN4022). This external antenna accessory is strongly recommended in order to allow the repeater antenna to have a better coverage. Please refer to "Repeater Installation” on page 18 for more information.
Repeater General Applications REPEATER OVERVIEW The repeaters are ideal as a range extender, that can help reach other users in areas that are normally not covered by a 2-way radio’s range. They are also very useful to help resolve the common problem of the “dead spots” that are created when there are terrain obstructions (like hills or trees), concrete building structures or architectural designs that interfere with the radio signal(1).
. Note: Figure 2a. Repeater Application Example – Indoors (1) The repeaters work best when located in an ideal place that can have good reception for re-transmitting the signal without any problems. Refer to "Pre-Installation Considerations” on page 10 for more information. (2) The repeaters are not submersible devices (Refer to "Appendix A: Repeater Specifications” on page 61 for more information) and it is NOT an FM (Factory Mutual) certified device. (4) The repeaters’ CPS software is required.
How the Repeater Works The repeater allows 2-way radios, base stations or call boxes to communicate through the repeater in order to extend the coverage range and/or overcome dead communication spots. y c en ”f TX in an RX in qu re the “ Y” “X fre qu en cy Repeater RX the “X” frequency from Paul and re-TX it to Tom using “Y” frequency Paul Tom REPEATER OVERVIEW Figure 3a.
Table 2: Estimated Talk Range Model Industrial Outdoors Inside steel/concrete industrial buildings Line of sight/No obstructions UHF 2 W Up to 420,000 square feet 14 miles UHF 4 W Up to 600,000 square feet 9 miles As seen in Figure 4, the maximum antenna height for low power fixed stations is limited to 23 meters (75 feet) above ground. For stations operating at fixed locations for temporary periods, the antenna height is limited to 7 meters (20 feet) above ground.
PRE-INSTALLATION CONSIDERATIONS RF Coverage Field Test PRE-INSTALLATION CONSIDERATIONS Proper repeater installation ensures the best possible performance and reliability of the repeaters. Pre-installation planning is required to make sure you take into account.
Choosing a Tentative Location • If you are planning to use the repeater to cover a large area with different buildings, it is • Location should be as centered as possible to line of sight (**) to most of the area to be the area that is being intended for coverage covered. Bear in mind that most of the times, so the signal strength is at the same level as increasing the repeater’s antenna height will possible for all points.
PRE-INSTALLATION CONSIDERATIONS Conducting the RF Coverage Field Test The objective of the field test is to “simulate” the transmission quality and coverage that the repeater may have based upon a chosen location. This type of testing and planning becomes very useful as it can save you extra work and money as a poor location and/or adverse environmental conditions can affect the repeater’s performance.
MULTIPLE REPEATERS IN A SINGLE LOCATION (MULTIPLE USER GROUPS) As the repeaters have 16 different programmable channels to choose from for setting up the TX/RX frequency pairs, it is possible to configure multiple repeaters in the same location or around the same area. Conduct the test transmitting preferably on those settings that you will plan to have your radios and repeater programmed(*). If possible, repeat the test using different frequencies and codes.
PRE-INSTALLATION CONSIDERATIONS Whenever you need to expand the 2-way radios’ coverage in the same area but for different user’s groups, you can use multiple repeaters located at the same site.
Ventilation Also important is to make sure that there is adequate ventilation i.e. cabinets with ventilation slots (for air circulation), especially if multiple equipments are installed in the same room. In which case, a minimum distance of open space between the devices is recommended. This temperature threshold applies both for outdoors and indoors repeater operation.
Site Grounding and Lightning Protection PRE-INSTALLATION CONSIDERATIONS ELECTRICAL REQUIREMENTS AC/DC Power Requirements The repeater comes equipped with a AC/DC power supply, that operates from 110 Vac to 240 Vac at 50 Hz to 60 Hz. The outlet must be connected to an AC source capable of supplying a maximum of 280 W. For a nominal 110/120 Vac input, the AC source must be able to supply 5 A and should be protected by circuit breaker rated at 15 A.
Lightning Ground Providing adequate lightning protection is critical to a safe reliable communications site. RF transmission cables, and AC and DC power lines must all be protected to prevent lightning energy from entering the site building.
REPEATER INSTALLATION For the explanations in this chapter, please refer to the “Parts of the Repeater” on page 3 under “Repeater Overview” for more information. REPEATER INSTALLATION Repeater Positioning and Orientation Once you have decided the repeater’s location, make sure you place it either on a flat and stable surface (outdoors or indoors), lying horizontal as shown in “Figure 7a. Repeater Orientation on a Flat Surface” on page 18 and “Figure 7b.
run straight from the repeater in order to assure that performance is not deteriorated as shown in “Figure 8b. Repeater Cable Layout Using External Antenna P/N HKKN4022” on page 19. Note: Double check that the Antenna’s cable doesn’t tangle either around the repeater device or the power supply. The power supply cord also shouldn’t tangle around the repeater device or antenna.
Antenna Installation Instructions 1. Repeater antenna installation is critical to the system performance. The approved Motorola antenna for the RPU4160 is the UHF Dipole Antenna P/N HKAE4000, (50 Ohm). Align the threaded end of the antenna with the repeater’s antenna connector and turn the antenna bushing clockwise to fasten it. “Figure 9. Attaching Dipole Antenna to the Repeater (clockwise)” on page 20.
2. Make sure the dipole antenna is mounted vertically (90 degrees) in reference to earth ground (either up or down). Please refer to “Figure 10a. Examples of Correct Dipole Antenna Orientation” on page 21 and “Figure 10b. Examples of Incorrect Dipole Antenna Orientation” on page 21 for examples of incorrect antenna positioning. Ground Figure 10b. Examples of Incorrect Dipole Antenna Orientation Removing the Dipole Antenna from the Repeater 90º Ground Figure 10a.
REPEATER INSTALLATION Installing External Antenna Using the Antenna/Magnetic Mount /RF Cable Kit Accessory • When installing the exterior antenna into the magnetic mount, make sure the antenna is always in a vertical orientation (either straight up or straight down, 90° to ground). Avoid side or skewed antenna orientations as these positions can affect repeater performance (See examples in “Figure 11a. Examples of Correct Exterior Magnetic Mount Antenna Orientation” on page 23 and “Figure 11b.
90º Ground Ground Figure 11a. Examples of Correct Exterior Magnetic Mount Antenna Orientation Figure 11b.
RF Cable Installation REPEATER INSTALLATION Note: When installing the RF cable make sure that: The RF cable is 12 feet long. Keep this in mind when locating the repeater. In order to attach the RF Cable to the Repeater (please refer to “Figure 12. Connecting RF Cable to Repeater” on page 24), simply: 1. Align the end of the RF Cable antenna bushing with the repeater’s RF antenna connector. 2. • The RF Cable is taut.
Installing Exterior Antenna Uninstalling Exterior Antenna In order to install the exterior antenna into the magnetic mount, simply: 1. 1. 2. Align the threaded end of the antenna with the magnetic mount’s mini UHF connector as shown on “Figure 13. Attaching Exterior Antenna into Magnetic Mount” on page 25. Turn counterclockwise in order to remove antenna from magnetic mount. ! It is important that all antenna cables are grounded at the point they enter the building.
To install the wall mount: REPEATER INSTALLATION 1. The wall mount holster is designed to be capable of mounting to a wall or any other similar flat surface via screws, straps or single bolt. (If you choose to use screws, make sure you secure them tightly on each one of the wall mount corners). Remember not to install the repeater on Important or near conductive or shielding surfaces. 2. 3.
AC/DC Power Supply Connection To connect AC/DC power supply: Each repeater ships standard with an AC/DC Power supply cord (P/N PMPN4002A)(9 feet long) that connects the repeater to a (110/120)/ (220/240) Vac source. Important When operating the power supply, make sure that the maximum input current never exceeds 0.8 Amp at 100 Vac and ambient temperature is between -30°C to 60°C. Provide over voltage/current protection in order to avoid unsafe operating conditions.
Outdoor Installations Considerations • The RPX repeaters are suitable for temporary outdoors operations under environmental Note: The ideal repeater outdoors usage features the repeater working on back-up batteries. (The power supply is not designed for outdoor use). conditions that meet the Mil Specifications 810 and IP55 (designed to meet level of water ingress and dust protection). For details, REPEATER INSTALLATION please refer to “Appendix A: Repeater Specifications” on page 61.
Vehicle Adaptor The repeaters offer the convenience of a Vehicle Adaptor accessory (P/N HKPN4003, sold separately) for the repeaters. REPEATER INSTALLATION Figure 15b.
ALKALINE BATTERY FRAME ABOUT ALKALINE BATTERIES Please visit your Alkaline batteries’ manufacturer website for information and guidelines regarding handling and disposal of Alkaline batteries. ALKALINE BATTERY FRAME Do not store alkaline batteries in a nonImportant operating equipment for longer than 30 days. Alkaline Battery Life Estimation When the repeater is working on back-up alkaline batteries, the estimated battery life time (assumed fully charged) is 16 hours for both 2 W and 4 W models.
Alkaline Battery Power LED (Side LED) Important Do not attempt to recharge alkaline batteries. They are non-rechargable. Table 3: Repeater Alkaline Frame Power LED (Side) Status LED Status AC/DC Status Comments Red (Slow) Blinking CX When the battery frame is empty or the batteries are dead Batteries Detected Steady Red CX Batteries are good and in place OFF OFF DX When AC/DC is disconnected, the LEDs will be OFF CX: Connected to AC/DC Note: 1. Turn OFF the repeater if it is turned ON.
4. Arrange alkaline batteries to match each of the alkaline frame batteries’ polarity (+ or -) markings and slide them into each one of the alkaline battery frame compartments. Repeat until 12 batteries have been properly placed. Plug in the power harness. “Figure 16c: Installing the Alkaline Batteries” on page 32.
Radio LED Indicators TURNING REPEATER ON/OFF ! Caution 1. Table 4: Repeater Status LED Indicator (Front LED) MODE Never transmit without having a transmit antenna connected to the TX antenna jack of the repeater. Turn the ON/OFF knob clockwise to turn on the repeater. The repeater front LED will blink a red light for 3 seconds.
GETTING STARTED Table 4: Repeater Status LED Indicator (Front LED) (Continued) MODE LED STATUS Low Battery Shutdown Orange (Fast) Blinking Low Battery Orange Blinking Fatal Error at Power Up 1 Green Blink, 1 Orange Blink, 1 Green Blink, then repeat Unprogrammed Channel Double Red (Slow) Blinking Non-Repeater Channel Mode 1 Red Blink, 1 Green Blink, then repeat 34 User Guide
SELECTING A CHANNEL Transmit Band 450 – 455 Mhz Channel # Common Parameters Receive Band 465 – 470 Mhz– Frequency (TX) Index # Frequency (TX) Mhz Code (Index #) Code Value (Hz) Bandwidth Frequency (RX) Index # Frequency (RX) Mhz 1 65 451.1875 1 67 12.5 KHz 34 466.0375 2 66 451.2375 4 77 12.5 KHz 35 466.0625 3 67 451.2875 8 88.5 12.5 KHz 36 466.0875 4 68 451.3375 29 179.9 12.5 KHz 37 466.1125 5 69 451.4375 0 none 12.5 KHz 38 466.1375 6 70 451.
GETTING STARTED Table 5: Repeater Channels Default Settings (Continued) Transmit Band 450 – 455 Mhz Channel # Common Parameters Receive Band 465 – 470 Mhz– Frequency (TX) Index # Frequency (TX) Mhz Code (Index #) Code Value (Hz) Bandwidth Frequency (RX) Index # Frequency (RX) Mhz 9 74 452.4125 29 179.9 12.5 KHz 42 466.2375 10 75 452.5125 0 0 12.5 KHz 50 467.8625 11 76 452.7625 3 74.4 12.5 KHz 51 467.8875 12 77 452.8625 5 79.7 12.5 KHz 52 467.9125 13 65 451.
Table 6: Programmable Features Default Values "Programmable Features Default Values" on page 37 shows the default factory values that the repeater has pre-programmed. These values can only be customized by using the CPS software.
Please refer to the CPS software HELP File (under “Content and Index”) where you will find the details and explanations for each one of the repeater’s programmable features. PROGRAMMING THE REPEATER PROGRAMMING THE REPEATER PROGRAMMING FEATURES OVERVIEW The repeaters are fully programmable devices that provide features customization by using the CPS* (Computer Programming Software).
PROGRAMMING THE REPEATER Figure 17. Example of the CPS Repeater Interface Note: Contact your Motorola distributor or reseller in order to get information on how to get a copy of the CPS software.
Programming the Repeater Using the CPS RP CPS S X oftwa re PROGRAMMING THE REPEATER Before you begin programming the repeater make sure you have available: • A PC ( Windows® XP, Windows 2000 compatible, Vista) • CPS Programming Cable (sold separately as an accessory P/N RKN4155), • CPS* Software installed • Repeater batteries are charged or repeater is connected to a AC/DC power line. CPS Programming Cable To computer USB Port To repeater programming connector Figure 18.
How to Read and Modify Your Repeater’s Features 1. 7. Ensure you have installed the latest CPS in your computer. Turn the repeater OFF. 3. Plug the CPS Programming Cable P/N RKN4155 into the Repeater’s programming connector. “Figure 18. Programming the Repeater Using the CPS” on page 40. 4. Connect the other end of the CPS cable into your computer ‘s USB port. 5. Open your CPS software and turn your repeater ON. 6. Click “read” icon in the upper bar menu.
CPS Connection Trouble Shooting Table 7: Programming Mode: Trouble Shooting PROGRAMMING THE REPEATER Symptom Try This CPS doesn’t read the repeater or write to the repeater Make sure the CPS cable is securely connected on both ends (programming port in the repeater and USB port in the computer)/Make sure your repeater hasn’t run out completely of battery power or is connected to an AC/DC supply/Make sure the CPS cable is not damaged.
PROGRAMMING YOUR RADIOS PROGRAMMING YOUR RDX 4 W RADIOS TO WORK WITH THE REPEATERS RDX 4 W series radios are fully compatible with your repeaters as they are of the same UHF band and they support repeater capability features.
• Make sure the channels in both the RDX radios and the repeaters that you want to use with the PROGRAMMING YOUR RADIOS repeater capability are actually enabled in the CPS with a “check” box looking as follows: Figure 19.
• Make sure the TX frequency and PL Code in Note: the radio channel that has been chosen for repeater, is the same as the RX frequency in the repeaters. Same for the RX frequency in your RDX radio: make sure it matches the TX frequency and PL code in the repeaters channel. • Take into account that when matching channel frequencies between the repeater and the radios, you must also need to make sure all other channel parameters (i.e.
REPEATER CLONING REPEATER CLONING RDX RADIO TO REPEATER CLONING To repeater programming connector R2R Cloning Cable To RDX radio charger mini-port Figure 20.
OPERATING INSTRUCTIONS • Below are instructions on how to clone your RDX 2 W / 4 W radio into one of the repeaters. CLONING INSTRUCTIONS It is NOT possible to clone the repeaters into the RDX radio. The only parameters that can be cloned into the Repeater are: • channel frequency, • code, • bandwidth, • power, • reverse burst, • scan list • the number of channels. 1. Turn OFF both the radio and the repeater. 2.
REPEATER CLONING Note: After cloning is completed, the RDX radio will sound either a “pass” tone (cloning was successful) or a “fail” tone (cloning process has failed). The “pass” tone sounds like a good key “chirp” whereas the “fail” tone sounds similar to a “bonk” tone. If the RDX radio is a display model, it will either show “Pass” or “Fail” on the display (a tone will be heard within 5 seconds). 6. Once you have completed the cloning process, turn the RDX radio OFF and ON to exit ‘clone’ mode. 7.
WHAT TO DO IF CLONING FAILS REPEATER CLONING The radio will emit an audible “bonk” indicating that the cloning process has failed. In the event that cloning fails, try performing each of the following tests before trying to start the cloning process again: 1. Ensure that the batteries on both radio and repeater are fully charged. 2. Check the cloning cable connection on both ends. 3. Ensure that the battery is engaged properly on to the RDX radio. 4. Ensure that the RDX radio is in cloning mode. 5.
TROUBLESHOOTING TROUBLESHOOTING Symptom Try This... No Power Recharge or replace the Li-Ion battery. Replace AA batteries. Reposition or replace AA batteries. Extreme operating temperatures may affect battery life. Verify repeater is connected to AC/DC. Limited Talk Range Steel and/or concrete structures, heavy foliage, buildings or vehicles decrease range. Check for clear line of sight to improve transmission. Verify repeaters and radios are correctly programed.
Try This... (Continued) Message Are Not Received Confirm that the radios have the same Channel, Frequency, Interference Eliminator Code and Scramble Code settings and are consistent with the Repeater’s settings. Verify the range coverage is appropriate and there are no obstacles or shielding. Heavy Static or Interference Radios are too close to repeater; they must be at least five feet apart. Radios are too far apart from the repeater’s antenna.
Symptom TROUBLESHOOTING Repeater Can’t Receive or Can’t Re-transmit/Radio Can Transmit But Can’t Receive Try This... (Continued) Check repeater’s programming settings versus radio’s settings. Check if the repeater is connected to the AC/DC power and is Battery Does Not Charge getting appropriate power. Check the charger LED indicators. Although It Has Been Change the Li-ON batteries using an external charger to see if the Placed in the Li-On Battery batteries are damaged.
USE AND CARE Use a soft damp cloth to clean the exterior Do not immerse in water Do not use alcohol or cleaning solutions If the repeater is submerged in water...
WARRANTY Products and Accessories MOTOROLA LIMITED WARRANTY FOR THE UNITED STATES AND CANADA What Does this Warranty Cover? Subject to the exclusions contained below, Motorola, Inc.
Exclusions Use of Non-Motorola Products and Accessories. Defects or damage that result from the use of Non-Motorola branded or certified Products, Accessories, Software or other peripheral equipment are excluded from coverage. Unauthorized Service or Modification. Defects or damages resulting from service, testing, adjustment, installation, maintenance, alteration, or modification in any way by someone other than Motorola, or its authorized service centers, are excluded from coverage. Altered Products.
WARRANTY Communication Services. Defects, damages, or the failure of Products, Accessories or Software due to any communication service or signal you may subscribe to or use with the Products Accessories or Software is excluded from coverage. Software. Applies only to physical defects in the media that embodies the copy of the software (e.g. CDROM, or floppy disk).
(e) your address and telephone number. If requested, you must also return all detachable parts such as antennas, batteries and chargers. RETAIN YOUR ORIGINAL PROOF OF PURCHASE. We will ship repaired or replacement Products at our expense for the freight and insurance, but at your expense for any duties. If additional information is needed, please contact us at the telephone number listed above.
WARRANTY PATENT NOTICE EXPORT LAW ASSURANCES This product is covered by one or more of the following United States patents. 5896277 5894292 5864752 5699006 5742484 D408396 D399821 D387758 D389158 5894592 5893027 5789098 5734975 5861850 D395882 D383745 D389827 D389139 5929825 5926514 5953640 6071640 D413022 D416252 D416893 D433001 This product is controlled under the export regulations of the United States of America.
POWER SUPPLIES ACCESSORIES ACCESSORIES Part No. RPX REPEATER SERIES ACCESSORIES ANTENNA ACCESSORIES Part No. Description Description HKPN4003A Cigarette Lighter Vehicle Adaptor TBD AC/DC Repeater Power Supply BATTERY ACCESSORIES HKAE4000A Dipole Antenna 438 – 470 MHz Kit BATTERIES ACCESSORIES Part No. Description RLN6305 High Capacity Li-Ion Battery 2200 mAh RLN6308 Ultra High Capacity Li-Ion Battery 2400 mAh RLN6351 Standard Li-Ion Battery 1100 mAh Part No.
RDX PICK-UP RADIOS AND ACCESSORIES 2-WAY RDX REPEATER CAPABLE UHF RADIOS Part No. CABLES ACCESSORIES ACCESSORIES Part No. Description RLN6303 Radio to Radio Cloning Cable RKN4155 CPS USB Programming Cable RDU4160d RDX UHF 4 W CH 2-Way Radio RDU4100 RDX UHF 4 W CH 2-Way Radio CHARGER ACCESSORIES Part No.
APPENDIX A: REPEATER SPECIFICATIONS UHF 25 KHz UHF 12.5 KHz FCC Id Product Specifications TBD TBD IC Id TBD TBD FCC Parts Place Holder TBD 14K8F3E 11K1F3E Emission Designators Operating RF Band (MHz) 450 – 470 10 – 20 MHz (Programmable) TX Frequency Band 450 – 455 Mhz 450 – 455 Mhz RX Frequency Band 465 – 470 Mhz 465 – 470 Mhz Channel Spacing (narrow and wide band) 25 KHz 12.
Product Specifications UHF 25 KHz UHF 12.
Product Specifications UHF 25 KHz UHF 12.5 KHz 450 – 455 Mhz 450 – 455 Mhz High 4.0 W 4.0 W Low 2.0 W 2.0 W Transmitter Frequency Range (MHz) Carrier RF Output Frequency Stability Modulation +/- 1.0 PPM (-300°C – 600°C) +/- 1.0 PPM (-300°C – 600°C) Direct FM Direct FM ± 5.0 kHz ± 5.0 kHz Spurs & Harmonies (dBm) < - 20 dBm < -13 dBm FM Hum & Noise - 50 dB - 50 dB Adjacent Channel Power 60 dBc 60 dBc < - 20 dBm < -13 dBm UHF 25 KHz UHF 12.
Product Specifications Frequency Stability Audio Frequency Sensitivity (12 dB SINAD) UHF 25 KHz +/- 1.0 PPM (-300°C – 600°C) +/- 1.0 PPM (-300°C – 600°C) 300 Hz to 3 Khz 300 Hz to 3 Khz - 119 dBm (0.25 uV) - 119 dBm (0.25 uV) Selectivity (Adjacent Channel Selectivity) - 75 dB - 70 dB Intermodulation Rejection - 70 dB - 70 dB Spurious Response Rejection (blocking 1 Mhz) Radiated Spurious Emissions (< 1 GHz) APPENDIX A: REPEATER SPECIFICATIONS UHF 12.
810 Military Standards (1) RPX Repeater 4 W –UHF 450 – 470 MHz METHOD PROCEDURE Rain 506.1 1, 2 Humidity 507.1 2 Salt Fog 509.1 1 Dust 510.1 1 Vibration 514.1 8, 10 Shock 516.1 1, 2, 5 810 - D 500.2 2 High Temperature 501.2 1, 2 1, 2 Low Temperature 502.2 Temperature Shock 503.2 1 Solar Radiation 505.2 1 Rain 506.2 1, 2 Humidity 507.2 2, 3 Salt Fog 509.2 1 Dust 510.2 1 Vibration 514.3 1 Shock 516.
810 Military Standards (1) RPX Repeater 4 W –UHF 450 – 470 MHz METHOD PROCEDURE APPENDIX A: REPEATER SPECIFICATIONS 810 - E Low Pressure 500.3 2 High Temperature 501.3 1, 2 1, 2 Low Temperature 502.3 Temperature Shock 503.3 1 Solar Radiation 505.3 1 Rain 506.3 1, 2 Humidity 507.3 2, 3 Salt Fog 509.3 1 Dust 510.3 1 Vibration 514.4 1 Shock 516.4 1, 4 Other Product Specifications Li-On Battery Solution UHF 25 KHz UHF 12.
Other Product Specifications UHF 25 KHz UHF 12.5 KHz Repeater with Alkaline Frame 2.1 lbs 2.1 lbs Repeater with Li-On Frame 2.0 lbs 2.0 lbs 16 Hours 16 Hours Weight Average Battery Life @ 100% duty (20%/80% operation): With Alkaline Frame 810 Military Standards (1) RPX Repeater 4 W –UHF 450 – 470 MHz METHOD PROCEDURE Low Pressure 500.4 1 High Temperature 501.4 1, 2 Low Temperature 501.4 1, 2 Temperature Shock 503.4 1 Solar Radiation 505.4 1 Rain 506.4 1 Humidity 507.
810 Military Standards (1) RPX Repeater 4 W –UHF 450 – 470 MHz METHOD PROCEDURE Dust 510.4 1 Vibration 514.5 1 Shock 516.
